100mA Bi-directional Controlled Thyristors (BCT)

Norabide biko kontrolaren tiristoreen ikuspegi orokorra

Norabide biko kontrol tiristoreak, TRIAC izenez ezagunak (Korronte alternorako TRIodoa), Aktibatzen direnean korrontea bi noranzkoetan eroateko gai diren gailu erdieroaleak dira. Korronte alternoan asko erabiltzen dira (AC) Karga bati emandako potentzia kontrolatzeko aplikazioak. TRIACek faseen kontrola ahalbidetzen dute, potentzia elektrikoaren erregulazioa ahalbidetzen duena, gailua piztuz edo itzaliz AC zikloko puntu zehatzetan. Horrek aproposak bihurtzen ditu argiak itzaltzeko aplikazioetarako, motorren abiadura kontrolatzea, eta tenperatura-kontrola elementu berogailuetan.

Bi norabideko kontrol tiristoreen ezaugarriak

Norabide biko eroankortasuna: Korrontea eroan dezake bi noranzkoetan, AC zirkuituetarako egokiak eginez.

Fase Kontrola: Gailua pizten denean AC zikloko puntuaren kontrol zehatza ahalbidetzen du, potentzia erregulatzea ahalbidetuz.

Diseinu trinkoa: Tamaina txikiak hainbat gailu eta sistema elektronikotan integratzea errazten du.

Eraginkortasun handia: Funtzionamenduan zehar potentzia-galerak murrizten ditu, energiaren kudeaketa eraginkorrari laguntzea.

Trigger Korronte baxua: Korronte txiki bat besterik ez da behar pizteko, kontrol-zirkuituaren diseinua sinplifikatuz.

Eraikuntza malkartsua: Gora-korronte handiak eta tentsio iragankorrak jasateko diseinatua.

Funtzionamendu-tentsio sorta zabala: Hainbat tentsio-mailarekin bateragarria, aplikazioaren malgutasuna areagotzea.

Kostu-eraginkorra: AC potentzia kontrolatzeko beharretarako irtenbide ekonomikoa eskaintzen du.

Kontrol-mekanismo sinplea: Funtzionatzeko erraza atearen oinarrizko seinaleekin, kontrol sistemen konplexutasuna murriztea.

Babes egiteko Ezaugarriak: Sarritan gaintentsioaren eta gainkarga termikoen aurkako babesa barne hartzen dute.

(100mA Bi-directional Controlled Thyristors (BCT))

Specification of 100mA Bi-directional Controlled Thyristors (BCT)

The 100mA Bi-directional Controlled Thyristor (BCT) is a semiconductor gadget developed for precise control of AC power in low-current applications. It enables bidirectional existing circulation, making it suitable for changing and phase-control jobs in circuits calling for effective management of alternating voltage. The BCT runs by activating its gateway terminal, permitting conduction in both instructions up until the existing declines below the holding limit.

** Gako zehaztapenak: **.
– ** Current Ratings: ** Ordinary on-state present (IT( OF)) of 100mA, with a non-repetitive top rise current (ITSM) of 2A for short durations.
– ** Voltage Ratings: ** Repetitive top off-state voltage (VDRM/VRRM) up to 600V, guaranteeing robust efficiency in standard AC line applications. On-state voltage decline (VT) is generally 1.5 V at rated present, lessening power loss.
– ** Setting off Parameters: ** Gate trigger existing (IGT) ranges from 5mA to 30mA, with a gate trigger voltage (VGT) de 1.2 V max, enabling compatibility with low-power control circuits. Latching existing (IL) is 10mA, and holding current (IH) is 5mA for steady procedure.
– ** Thermal Characteristics: ** Optimum joint temperature (Tj) de 125 °C, with a thermal resistance (RthJA) de 60 ° C/W for heat dissipation.
– ** Plan: ** Industry-standard TO-92 or SOT-23 bundle for easy integration right into through-hole or surface-mount styles.

** Aplikazioak: **.
The 100mA BCT is fit for low-power air conditioner changing, consisting of lighting controls (dimmers, LED motorists), motor rate regulation in tiny home appliances, temperature level control in heater, and solid-state relays. Its bidirectional ability gets rid of the demand for parallel diodes, streamlining circuit design.

** Features: **.
– Bidirectional transmission without additional components.
– Reduced entrance drive needs for energy-efficient control.
– High voltage and surge resistance for dependability in changing power problems.
– Compact, cost-efficient product packaging for space-constrained applications.

** Conformity: **.
RoHS and get to compliant, making certain ecological safety and security.

The 100mA BCT integrates precision, sturdiness, and simplicity, making it a versatile option for low-power AC control throughout customer electronic devices, commercial systems, eta IoT gailuak.

(100mA Bi-directional Controlled Thyristors (BCT))

Applications of 100mA Bi-directional Controlled Thyristors (BCT)

100mA Bi-directional Controlled Thyristors (BCTs) are flexible semiconductor tools designed to regulate air conditioning power in low-current applications. Their capacity to perform present in both directions when caused makes them excellent for precision control in circuits needing effective switching and phase-angle control. Below are vital applications where 100mA BCTs succeed:

** AC Power Control: ** BCTs are commonly utilized in air conditioner voltage policy, such as lowering circuits for LED lights or incandescent bulbs. By changing the firing angle, they allow smooth control of power distribution, boosting power performance in domestic and commercial lights systems.

** Motor Speed Control: ** In tiny home appliances and industrial equipment, these thyristors control motor rates by modulating a/c input. They are suitable for low-power motors in devices like fans, mixers, or conveyor systems, making sure dependable efficiency without overheating.

** Home Automation Solutions: ** BCTs incorporate right into clever switches, thermostats, and heating and cooling controls, making it possible for bidirectional interaction and accurate tons monitoring. Their low holding existing ensures energy financial savings in IoT-enabled tools.

** Industrial Electronic devices: ** They offer in commercial control board, PLCs, and sensing unit circuits for switching low-current signals. Their effectiveness versus voltage spikes boosts dependability in extreme settings.

** Medical Equipment: ** In medical devices like portable screens or mixture pumps, BCTs give secure, noise-free changing for delicate electronics, making certain compliance with stringent safety standards.

** Battery Administration Solution (BMS): ** These thyristors shield lithium-ion batteries by handling charge/discharge cycles in low-power applications, stopping overcurrent and improving battery lifespan.

** Renewable Resource Solutions: ** BCTs help in solar cost controllers or little inverters, maximizing power flow in low-current circuits while maintaining system stability.

** Automotive Electronics: ** Made use of in automobile lights, climate controls, or infotainment systems, BCTs manage low-power AC/DC switching with minimal energy loss.

The 100mA score ensures these thyristors run efficiently in low-load situations, minimizing heat dissipation and prolonging tool durability. Their portable design and compatibility with microcontrollers make them excellent for modern-day electronic devices needing miniaturization. With high sound resistance and fast changing capabilities, 100mA BCTs provide precision, integrity, and cost-effectiveness across varied markets, from customer electronic devices to commercial automation.

Enpresaren profila

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) potentzia elektronikako teknologian eta potentzia produktuetan enpresa nagusietako bat da, eguzki-inbertsoreak garatzen guztiz parte hartzen duena， transformadoreak, tentsio-erreguladoreak, banaketa armairuak, tiristoreak， moduluak， diodoak， berogailuak, eta beste gailu elektroniko edo erdieroale batzuk. Erabiltzaileei kalitate handikoa eskaintzeko konpromisoa hartuko dugu, produktu eraginkorrak eta arreta zaindua.

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5 FAQs of 100mA Bi-directional Controlled Thyristors (BCT)

What is a 100mA Bi-directional Controlled Thyristor (BCT)? A 100mA BCT is a semiconductor device designed to control alternating current (AC) power in both directions. It can handle currents up to 100mA and is triggered by a gate signal, enabling precise switching for low-power applications. Tiristore estandarrak ez bezala, it conducts current bidirectionally, making it ideal for AC circuits without additional components.

How does a 100mA BCT work? The BCT consists of two thyristors connected in inverse parallel, allowing current flow in both directions. When a gate pulse is applied during either the positive or negative half-cycle of AC voltage, the device turns on and conducts until the current drops below its holding threshold (100mA). This enables controlled switching for AC loads.

What are typical applications of 100mA BCTs? These devices are used in low-power AC control systems, such as dimmer switches, small motor speed controllers, and temperature regulators in home appliances. They are also common in lighting systems, HVAC controls, and industrial automation equipment requiring bidirectional switching with precise current management.

What advantages do 100mA BCTs offer over other thyristors? BCTs eliminate the need for separate anti-parallel thyristors in AC circuits, simplifying design. Their low holding current (100mA) ensures energy efficiency in low-power applications. They provide reliable bidirectional control with a single gate trigger, reducing component count and cost compared to traditional setups.

How do I select the right 100mA BCT for my application? Consider voltage ratings (peak and RMS), gate trigger current requirements, thermal management needs, and switching speed. Ensure the device’s voltage rating exceeds your circuit’s maximum AC voltage. Match the gate trigger current to your control circuit’s capability, and verify thermal limits align with operating conditions to prevent overheating.

(100mA Bi-directional Controlled Thyristors (BCT))